Today I spent a long time reading the trading model documentation for @Dusk , and one question has kept stuck in my head: How can a single chain both make transactions invisible and still allow regulated assets to be audited anytime? The words “privacy compliance” look so smooth on the promotional page, but once you break them down to the permission layer, it’s not so straightforward.
DuskDS, in fact, offers two paths. Moonlight uses public accounts—balances, senders, receivers, and amounts are all visible. Phoenix, on the other hand, turns funds into encrypted tickets and uses zero-knowledge proofs to show there is no double-spending and that the balance is sufficient, while not revealing the specific amounts or the relationship between tickets. When audits are needed, it can also support selective disclosure through a viewing key. I’ll admit the design is clever: it doesn’t force everyone to remain anonymous forever, and it doesn’t just lay all transactions out in a pile.
But when I keep reading Citadel, things get complicated. Identity credentials may disclose less, and permission contracts can check who is authorized to enter a particular asset workflow. In the official network documentation, there are also regulated-asset functions such as admission control, shareholder registries, and forced transfers. In other words, privacy protection determines what an observer can see, while compliance at the permission layer decides what I’m allowed to do. Not being seen doesn’t mean you’re beyond control; selective disclosure doesn’t mean users always retain the final choice.
That’s the part I most want to dig into in the story around $DUSK : Who generates the viewing keys, who stores them, and whether they can be revoked? When changes occur in issuance parties, trading venues, or regulatory requirements, who updates the permission rules? After a user is misclassified, is there a public appeal path? Zero-knowledge proofs can show the rules were executed correctly, but they can’t prove to me that the rule itself is reasonable. Cryptography hides the data well, but governance power doesn’t automatically vanish just because the data turns into ciphertext.
I don’t deny that providing tools like public accounts alongside shielded accounts gives users finer control, and that financial markets do indeed need audits. But what #dusk really needs to clarify isn’t just “both private and compliant”—it’s, for each kind of asset, who can see, who can block, and who can change the rules. If those three permission tables aren’t made explicit, wouldn’t “selective disclosure” ultimately leave only one question: when the platform chooses to let you disclose?
$PORTAL $TAG
DuskDS, in fact, offers two paths. Moonlight uses public accounts—balances, senders, receivers, and amounts are all visible. Phoenix, on the other hand, turns funds into encrypted tickets and uses zero-knowledge proofs to show there is no double-spending and that the balance is sufficient, while not revealing the specific amounts or the relationship between tickets. When audits are needed, it can also support selective disclosure through a viewing key. I’ll admit the design is clever: it doesn’t force everyone to remain anonymous forever, and it doesn’t just lay all transactions out in a pile.
But when I keep reading Citadel, things get complicated. Identity credentials may disclose less, and permission contracts can check who is authorized to enter a particular asset workflow. In the official network documentation, there are also regulated-asset functions such as admission control, shareholder registries, and forced transfers. In other words, privacy protection determines what an observer can see, while compliance at the permission layer decides what I’m allowed to do. Not being seen doesn’t mean you’re beyond control; selective disclosure doesn’t mean users always retain the final choice.
That’s the part I most want to dig into in the story around $DUSK : Who generates the viewing keys, who stores them, and whether they can be revoked? When changes occur in issuance parties, trading venues, or regulatory requirements, who updates the permission rules? After a user is misclassified, is there a public appeal path? Zero-knowledge proofs can show the rules were executed correctly, but they can’t prove to me that the rule itself is reasonable. Cryptography hides the data well, but governance power doesn’t automatically vanish just because the data turns into ciphertext.
I don’t deny that providing tools like public accounts alongside shielded accounts gives users finer control, and that financial markets do indeed need audits. But what #dusk really needs to clarify isn’t just “both private and compliant”—it’s, for each kind of asset, who can see, who can block, and who can change the rules. If those three permission tables aren’t made explicit, wouldn’t “selective disclosure” ultimately leave only one question: when the platform chooses to let you disclose?
$PORTAL $TAG